60kg. 5+ Hours. 40kg Walking Load. 360 N·m. Industrial-Grade Ground Robotics.
The B2 is built for missions that demand more than a standard quadruped can deliver. At 60kg with battery, it carries up to 40kg of payload while walking and supports 80kg standing — load capacities that open up real industrial utility beyond inspection and surveillance. Five-plus hours of battery endurance enables sustained autonomous deployment across large facilities and extended patrol routes without recharging. A maximum instantaneous knee joint torque of 360 N·m powers through 35°+ inclines and 40cm+ stair heights with stability and force that lighter platforms cannot match. Built-in depth cameras, HD cameras, wireless vector positioning, and foot-end force sensors provide the perception infrastructure for autonomous navigation and terrain-adaptive locomotion — with a secondary development interface for custom enterprise integration.
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60kg. 5+ Hour Endurance. 40kg Walking Load. 360 N·m Knee Torque. The Unitree B2.
The Unitree B2 Basic is a heavy-duty industrial quadruped robot built for the most demanding ground operations. At 60kg with battery, the B2 carries up to 40kg while walking and supports up to 80kg standing load — with 5+ hours of battery endurance, 35°+ climbing capability, 40cm+ stair height clearance, and a maximum instantaneous knee joint torque of 360 N·m. Built-in depth cameras, HD cameras, a wireless vector positioning system, and foot-end force sensors make the B2 a fully perception-equipped platform ready for secondary development and enterprise deployment.
This is a Request for Quote (RFQ) product. Contact the Maverick team for pricing and availability.
Key Specifications
- Weight (with battery): 60kg
- Dimensions (L × W × H): 1,098 × 450 × 645mm
- Battery Endurance: ≥5 hours
- Maximum Walking Load: 40kg
- Maximum Standing Load: 80kg
- Stair Height Clearance: 40cm+
- Climbing Angle: 35°+
- Maximum Knee Joint Torque (instantaneous): 360 N·m
Onboard Systems
- Multiple Depth Cameras — Built-in multi-directional depth cameras for environmental perception and obstacle avoidance
- Multiple HD Cameras — Onboard HD cameras for visual inspection, monitoring, and data capture
- Built-In Wireless Vector Positioning System — Integrated positioning for accurate localization and autonomous navigation
- Foot-End Force Sensors — Force sensor feedback at each foot end for terrain-adaptive locomotion and precise ground contact control
- Secondary Development Interface — Open interface for custom software integration, research programming, and enterprise application development
Designed For
- Heavy payload transport and logistics in complex terrain
- Industrial inspection in hazardous or inaccessible environments
- Security patrol and perimeter monitoring
- Defense and public safety ground robotics
- Research and enterprise robotics development